Hybrid scheduling/signal-level coordination in the downlink of multi-cloud radio-access networks

Keyphrases

• Base Station 100%
• Signal Level 100%
• Cloud Radio Access Network 100%
• Hybrid Scheduling 100%
• Scheduling Problem 40%
• Multi-cloud 40%
• Resource Allocation 20%
• Frame Structure 20%
• Cloud User 20%
• Scheduling Policy 20%
• User-centric 20%
• Power Level 20%
• Signal Processing 20%
• High Capacity 20%
• Graph Theory 20%
• Time-frequency 20%
• Basis Power 20%
• Coordination Network 20%
• Hybrid Scheduling Strategy 20%
• Conflict Graph 20%
• Maximum Weight Independent Set Problem 20%
• Signal Scheduling 20%
• Backhaul Communications 20%

Engineering

• Basestation 100%
• Radio Access Network 100%
• Signal Level 100%
• Simulation Result 20%
• Frame 20%
• Power Level 20%
• Scheduling Strategy 20%
• Conflict Graph 20%
• Joints (Structural Components) 20%
• Scheduling Policy 20%
• Link Capacity 20%

Computer Science

• Coordination Level 100%
• Radio Access Network 100%
• Scheduling Problem 50%
• Link Capacity 25%
• Scheduling Policy 25%
• Resource Allocation 25%
• Graph Theory 25%
• Scheduling Strategy 25%
• Conflict Graph 25%
• Independent Set 25%